Wayne E. Mackey

Computer mouse weight is associated with one-week motor skill improvement in a large naturalistic video game cohort

The paper analyzes the association between computer mouse weight and one-week motor skill improvement in a large video game cohort using regression and permutation tests.

Assessment of Human Expertise in First-Person Shooter Games

This study assesses human expertise in first-person shooter games by analyzing motor acuity and kinematics in professional players during target-shooting tasks.

Long-term Motor Learning in the Wild with High Volume Video Game Data

The paper studies motor skill acquisition using video game data from 7174 participants over months, finding that motor acuity improves significantly with practice, unlike typical lab-based studies.

ORGaNICs: A Canonical Neural Circuit Computation

The paper proposes a neural circuit theory called ORGaNICs to explain working memory and motor control by integrating information maintenance and manipulation through dynamic activity patterns.

Distinct contributions by frontal and parietal cortices support working memory

This study shows that frontal and parietal cortex have distinct roles in working memory, with parietal cortex coding retrospective sensory information and frontal cortex coding prospective action.

Visual field map clusters in human frontoparietal cortex

The paper maps and characterizes visual field map clusters in human frontoparietal cortex using a novel task and nonlinear population receptive field modeling, revealing topographic organization similar to visual cortex.